# hologram artist

> hologram of an artist or a musical ensemble

**Wikidata**: [Q108475169](https://www.wikidata.org/wiki/Q108475169)  
**Source**: https://4ort.xyz/entity/hologram-artist

## Summary
A **hologram artist** is a three-dimensional image of an artist or musical ensemble created using holography, a technique that captures light waves to produce lifelike projections. Holograms are intermediate photographs containing information for reconstructing 3D images, first developed in 1962 by Soviet and American researchers.

## Key Facts
- A **hologram artist** is a subclass of both **artist** and **hologram**, specifically designed to represent performers or groups.
- Holography was pioneered in 1962 by **Yuri Denisyuk**, **Emmett Leith**, and **Juris Upatnieks** at the **University of Michigan**.
- The technique was developed in both the **Soviet Union** and the **United States**.
- Holograms are intermediate photographs that store light-field data for 3D image reconstruction.
- The term **"holographic artist"** is an alias for this entity.
- The **Emacs Artist Mode** (1998) is unrelated but produces ASCII art, not holograms.

## FAQs
### Q: What is the difference between a hologram artist and a regular hologram?
A: A hologram artist specifically represents a living or fictional artist or musical ensemble, while a general hologram can depict any three-dimensional subject.

### Q: Who invented holography?
A: Holography was developed in 1962 by **Yuri Denisyuk**, **Emmett Leith**, and **Juris Upatnieks** at the **University of Michigan**.

### Q: How does holography work?
A: Holography captures light waves and interference patterns to create an intermediate photograph that can reconstruct a 3D image when illuminated by a laser.

### Q: Is a hologram artist the same as a holographic performance?
A: A hologram artist is a static or dynamic representation of an artist or ensemble, while a holographic performance may involve interactive or animated elements.

### Q: Are holograms used in music?
A: Yes, holograms of musical ensembles are common in concerts and media to create immersive visual experiences.

## Why It Matters
Hologram artists play a crucial role in entertainment, art, and music by providing lifelike representations of performers. Unlike traditional photographs or videos, holograms offer a three-dimensional, interactive experience that can be used in concerts, exhibitions, and virtual performances. The technology has evolved from its 1962 inception into a key tool for modern media, allowing artists to transcend physical limitations and engage audiences in new ways. Holograms enhance immersion, making them valuable in live performances, advertising, and digital art.

## Notable For
- First developed in 1962 by Soviet and American researchers.
- Enables three-dimensional representations of artists and musicians.
- Used in concerts and exhibitions for immersive visual experiences.
- Distinct from ASCII art tools like **Emacs Artist Mode** (1998).
- Captures light-field data for realistic 3D reconstruction.

## Body
### Origins
Holography was invented in 1962 by **Yuri Denisyuk**, **Emmett Leith**, and **Juris Upatnieks** at the **University of Michigan**. The technique was independently developed in both the **Soviet Union** and the **United States**, marking a breakthrough in 3D imaging.

### Function
A **hologram artist** is a specialized type of hologram that represents a performer or musical group. Unlike general holograms, it is tailored for artistic and entertainment purposes, often used in concerts and exhibitions.

### Technology
Holograms are intermediate photographs that store light-field data. When illuminated by a laser, they reconstruct a three-dimensional image, creating the illusion of depth and realism.

### Applications
Hologram artists are used in live performances, virtual concerts, and digital art installations. They enhance audience engagement by providing a dynamic, interactive experience.

### Distinctions
Unlike **Emacs Artist Mode** (1998), which produces ASCII art, holograms rely on optical physics to create lifelike 3D projections. The technology is distinct from traditional photography or video, offering a unique form of visual representation.